def compardirs(path1, path2, iteration=1): #对比文件夹内容
result = True
path_num_value = 1 #文件数量差异阈值
path_size_value = 1 #文件大小差异阈值
path_diff_value = 1 #文件内容差异阈值
path1_num = 0
path2_num = 0
path1_size = 0
path2_size = 0
files1_list = os.listdir(path1) #列出文件夹path下的文件列表
files2_list = os.listdir(path2)
for i in range(len(files1_list)): #解压path1内的全部压缩文件
file = path1 + '/' + files1_list[i]
if os.path.isfile(file):
file_path = un_compress(file)
for i in range(len(files2_list)):
file = path2 + '/' + files2_list[i]
if os.path.isfile(file):
file_path = un_compress(file)
try:
commands("\\rm %s/*.tar*" % path1)
commands("\\rm %s/*.tar*" % path2)
except:
pass
path1_num = int(
commands.getstatusoutput("ls %s -lR | grep '^-' | wc -l" %
path1)[1]) #计算path1文件夹内所有文件数（包含子文件）
path2_num = int(
commands.getstatusoutput("ls %s -lR | grep '^-' | wc -l" % path2)[1])
path1_size = int(
commands.getstatusoutput("du %s -s -k| awk '{print $1}'" %
path1)[1]) #计算path1文件夹所占大小
path2_size = int(
commands.getstatusoutput("du %s -s -k| awk '{print $1}'" % path2)[1])
path_diff = int(
commands.getstatusoutput(
"diff -rqH %s %s 2>/dev/null | wc -l" %
(path1, path2))[1]) #计算path1与path2里面各级文件内容差异的数量
if abs(path1_size - path2_size) >= path_size_value:
result = False
print('文件大小差异%skb' % abs(path1_size - path2_size))
if abs(path1_num - path2_num) >= path_num_value:
result = False
print('文件数量差异%s个' % abs(path1_num - path2_num))
if path_diff >= path_diff_value:
result = False
print('文件内容差异%s个' % path_diff)
return result
def main():
global p_eqArmor
global p_eqWeapon
runtime = 1
while runtime == 1:
choice = input("Commands Test: >> ").lower()
print("")
commands(choice)
if runtime == 2:
battle()
def main():
#clear terminal window before starting game
os.system('clear')
# Prompt to show intro
intro()
# Set player's home point using setHome; access from getAllCitiesList
player = Conductor(getAllCitiesList()[setHome()], 0)
#First city_print (method from City object - print current city, state, options, and possibly destination.)
player.location.printCity()
# Game really starts. Overarching while loop begins.
game_over = False
while not game_over:
# New cargo
dropped_off = False
# get random new destination city
go_to_id = getRandomCity().city_id
while go_to_id == player.location.city_id: # if the destination is the player's location
go_to_id = getRandomCity().city_id
#return city is current location, a.k.a. home from setHome().
original_id = player.location.city_id
picked_up = False
# First time with a new destination - quest printed in printCity()
new_go_to = True
# goTo(go_to_id, player, original_id, picked_up)
while not dropped_off:
# if first time with new pickup quest, print in printCity() and don't do it again
if new_go_to:
print(goTo(go_to_id, player, original_id, picked_up))
new_go_to = False
# receive move input
inputText = game_input(
'> ', 'Whoops! Try again. For help, type \'help\' or \'h\'.',
False, False, True)
try:
# If input is not an alternate command (look, map, etc). a.k.a. if input is a cardinal direction:
if commands(inputText, player, go_to_id, original_id,
picked_up) == 0:
# move to input direction (1) if in directions possible (2) and set location to associated city (3)
player.location = eval(
move(inputText, player.location.directions_possible,
player.location.cities_possible))
# print new city
player.location.printCity()
except TypeError:
#
print('Whoops! Try again. For help, type \'help\' or \'h\'.')
if player.location.city_id == go_to_id and not picked_up:
print(goTo(go_to_id, player, original_id, picked_up))
picked_up = True
elif player.location.city_id == original_id and picked_up:
dropped_off = True
player.points += 1
print(goTo(go_to_id, player, original_id, picked_up))
def __init__(self, port, name, ip):
self.cmdManager = commands(port, ip)
print('command init')
welcome = self.cmdManager.getWelcome(name)
self.team = name
self.nbClients = welcome[0]
ai.__init__(self, *list(map(int, welcome[1].split())))
# play firsts moves optimized
self.firstStep()
# play the rest of the game
self.play()
def run(file):
#get prog
with open(file) as prog:
data = prog.read()
#init vars
part = 1
line = ""
qu = 0
args = []
exe = []
stack = []
#split prog into the commands and the arguments
for x in range(0,len(data)):
if data[x] == "\"":
if qu == 0:
qu = 1
else:
qu = 0
else:
if (data[x] == " " or data[x] == "\n" or data[x] == ";") and qu != 1:
if part == 1:
if line != "":
args.append(line)
elif part == 2:
if line != "":
exe.append(line)
line = ""
else:
line = line + data[x]
if data[x] == ";":
part = 2
if part == 1:
args.append(line)
elif part == 2:
exe.append(line)
#get dicts
com = commands()
cod = code()
#run the commands
arg = 0
prog = 0
while prog < len(exe):
exist = com.get(exe[prog])
if not exist:
error("line " + str(prog) + " " + exe[prog] ,1 + len("line " + str(prog) + " "),"command " + exe[prog] + " is not identified")
else:
exec(cod.get(exe[prog]))
arg = int(arg) + int(com.get(exe[prog]))
prog = int(prog) + 1
def download_latest_kernel():
html = urllib2.urlopen(kernelorg).read()
soup = BeautifulSoup(html,'lxml')
attr = soup.find('td',id="latest_link")
download_link = attr.a['href']
status,result = commands('wget link_address')
time.sleep(600)
if status != 0:
try:
raise DownloadException("kernel download failed, please check network.")
except DownloadException as e:
print e.message
sys.exit(0)
def stop_vservers(prefix = 'plc', exempt = []):
# stop all running vservers
vserver_stat = "vserver-stat | grep %(prefix)s | awk '{print$8}'" % locals()
(stdin, stdout, stderr) = os.popen3(vserver_stat)
vservers = [line.strip() for line in stdout.readlines()]
vservers = filter(lambda x: x not in exempt, vservers)
for vserver in vservers:
try:
utils.header("Stopping %(vserver)s " % locals())
stop_cmd = "vserver %(vserver)s stop" % locals()
(status, output) = commands("vserver %(vserver)s stop" % locals())
except:
print "Failed to stop %(vserver)s" % locals()
utils.header("%s" % traceback.format_exc())
def handler(sig, frame):
logging.info("Signal handler triggred.")
commands("reload", conf_class)
cfile = parse(sys.argv[1])
logging.info("Config file is loaded sucessfully.")
cfile = pre_execution(cfile)
logging.info("Executing commands.")
for cmd in cfile.config_class:
execution(cmd, "execute")
j = 1
for i in range(0, len(cfile.config_class)):
cfile.config_class[i].name += "_" + str(j)
if j == cfile.config_class[i].numprocs:
j = 1
else:
j += 1
thread = threading.Thread(target=deamon_loop,
args=[cfile.config_class],
name='Thread-1')
thread.daemon = True
thread.start()
logging.info("Deamon started sucessfully.")
signal.signal(signal.SIGHUP, handler)
while (1):
conf_class = cfile.config_class
line = input(colors.bold + colors.cyan + "TaskMaster$ " +
colors.endc)
if line == "":
continue
commands(line.rstrip(), cfile.config_class)
if line != "\n":
logging.info("Userinput: {0}".format(line))